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_freeze/content/tests/styling/execute-results/html.json

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+    "markdown": "---\ntitle: GRASS Quarto Design Guide\ndescription: Adopted from Quarto Documentatoin\nauthor:\n    - name: Corey White\n    - name: Sarah White\ndate: May 5, 2025\ndate-modified: today\nformat: \n  html:\n    other-links:\n      - text: GRASS Website\n        href: \"{{< var grass.website >}}\"\n    code-links:\n      - text: Data Import Code\n        icon: file-code\n        href: data-import.py\n    notebook-links: inline\n    code-tools: true\n    code-copy: true\n    code-fold: true\n    code-summary: \"Show the code\"\nprofile: local\ntoc: true\ntoc-depth: 3\nlisting: \n  - id: lab-reports\n    contents: \"*.qmd\"\n    type: table\n  - id: meeting-notes\n    contents: \"*.qmd\"\n    type: grid\n  - id: default-notes\n    contents: \"*.qmd\"\n    type: default\ncitation:\n  type: article-journal\n  container-title: ACM Transactions on Embedded Computing Systems\n  volume: 21\n  issue: 2\n  issued: 2022-03\n  issn: 1539-9087\n  doi: 10.1145/3514174\nexecute:\n  eval: false\n  echo: true\n  output: false\n\n\n---\n\n# Components Showcase\n\nThis document demonstrates various components available in Quarto.\n\n## Headings\n\n# Heading 1\n## Heading 2\n### Heading 3\n#### Heading 4\n##### Heading 5\n###### Heading 6\n\n## Text Formatting\n\n**Bold Text**  \n*Italic Text*  \n~~Strikethrough~~  \n`Inline Code`\n\nsuperscript^2^ / subscript~2~\n\n## Lists\n\n### Ordered List\n1. First item\n2. Second item\n3. Third item\n\n### Unordered List\n- Item 1\n- Item 2\n- Item 3\n\n* unordered list\n    + sub-item 1\n    + sub-item 2\n        - sub-sub-item 1\n\n*   item 2\n\n    Continued (indent 4 spaces)\n\n(@)  A list whose numbering\n\ncontinues after\n\n(@)  an interruption\n\n### Tasks\n\n- [ ] Task 1\n- [x] Task 2\n\n## Blockquotes\n\n### `>` Blockquote\n\n> This is a blockquote.  \n> It can span multiple lines.\n\n### Line Block\n\n| Line Block\n|   Spaces and newlines\n|   are preserved\n\n## Footnotes\n\nHere is a footnote reference,[^1] and another.[^longnote]\n\n[^1]: Here is the footnote.\n\n[^longnote]: Here's one with multiple blocks.\n\n    Subsequent paragraphs are indented to show that they\nbelong to the previous footnote.\n\n        { some.code }\n\n    The whole paragraph can be indented, or just the first\n    line.  In this way, multi-paragraph footnotes work like\n    multi-paragraph list items.\n\nThis paragraph won't be part of the note, because it\nisn't indented.\n\nHere is an inline note.^[Inlines notes are easier to write,\nsince you don't have to pick an identifier and move down to\ntype the note.]\n\n## Tables\n\n### Default\n\n| Header 1 | Header 2 | Header 3 |\n|----------|----------|----------|\n| Row 1    | Data 1   | Data 2   |\n| Row 2    | Data 3   | Data 4   |\n\n```md\n| Header 1 | Header 2 | Header 3 |\n|----------|----------|----------|\n| Row 1    | Data 1   | Data 2   |\n| Row 2    | Data 3   | Data 4   |\n```\n\n### Column Aligned\n\n| Default | Left | Right | Center |\n|---------|:-----|------:|:------:|\n| 12      | 12   |    12 |   12   |\n| 123     | 123  |   123 |  123   |\n| 1       | 1    |     1 |   1    |\n\n```{md}\n| Default | Left | Right | Center |\n|---------|:-----|------:|:------:|\n| 12      | 12   |    12 |   12   |\n| 123     | 123  |   123 |  123   |\n| 1       | 1    |     1 |   1    |\n```\n\n### Pipe Format\n\nfruit| price\n-----|-----:\napple|2.05\npear|1.37\norange|3.09\n\n: Demonstration of pipe table syntax\n\n### Pipe Format Striped\n\n| fruit  | price  |\n|--------|--------|\n| apple  | 2.05   |\n| pear   | 1.37   |\n| orange | 3.09   |\n\n: Fruit prices {.striped .hover}\n\n### Pipe Format Custom Col widths\n\n| fruit  | price  |\n|--------|--------|\n| apple  | 2.05   |\n| pear   | 1.37   |\n| orange | 3.09   |\n\n: Fruit prices {tbl-colwidths=\"[75,25]\"}\n\n### Grid Table\n\n+-----------+-----------+--------------------+\n| Fruit     | Price     | Advantages         |\n+===========+===========+====================+\n| Bananas   | $1.34     | - built-in wrapper |\n|           |           | - bright color     |\n+-----------+-----------+--------------------+\n| Oranges   | $2.10     | - cures scurvy     |\n|           |           | - tasty            |\n+-----------+-----------+--------------------+\n\n: Sample grid table.\n\n## Cross Reference\n\n| Col1 | Col2 | Col3 |\n|------|------|------|\n| A    | B    | C    |\n| E    | F    | G    |\n| A    | G    | G    |\n\n: My Caption {#tbl-letters}\n\nSee @tbl-letters.\n\n### Subtables\n\n::: {#tbl-panel layout-ncol=2}\n| Col1 | Col2 | Col3 |\n|------|------|------|\n| A    | B    | C    |\n| E    | F    | G    |\n| A    | G    | G    |\n\n: First Table {#tbl-first}\n\n| Col1 | Col2 | Col3 |\n|------|------|------|\n| A    | B    | C    |\n| E    | F    | G    |\n| A    | G    | G    |\n\n: Second Table {#tbl-second}\n\nMain Caption\n:::\n\nSee @tbl-panel for details, especially @tbl-second.\n\n## Links & Images\n\n[GRASS Website]({{< var grass.website >}})\n\n{{< var grass.website >}}\n\n## Images\n\n![Width 25%]({{< var grass.logos.horizontal.gradient >}}){width=25%}\n\n![Width 50%]({{< var grass.logos.horizontal.gradient >}}){width=50%}\n\n![Width 75%]({{< var grass.logos.horizontal.gradient >}}){width=75%}\n\n![Width 100%]({{< var grass.logos.horizontal.gradient >}}){width=100%}\n\n### Image Link\n\n[![Caption]({{< var grass.logos.gradient >}}){width=20%}]({{< var grass.website >}})\n\n[![Caption]({{< var grass.logos.gradient >}} \"Alt text\"){width=20%}]({{< var grass.website >}})\n\n### Aligned Images\n\n![Aligned Left]({{< var grass.logos.gradient >}} \"Alt text\"){width=20% fig-align=\"left\"}\n![Aligned Right]({{< var grass.logos.gradient >}} \"Alt text\"){width=20% fig-align=\"right\"}\n\n### Lightbox\n![Lightbox]({{< var grass.logos.gradient >}} \"Alt text\"){width=20% fig-align=\"center\" .lightbox}\n\n### Placeholders\n\n{{< placeholder 400 200 format=svg >}}\n\n## Brand\n\nUsing `{{< brand logo small light >}}` from the `_brand.yml` file.\n\n### Logo small light\n{{< brand logo small light >}}\n\n<!-- #### Logo medium dark\n{{< brand logo medium light >}} -->\n\n## Callouts\n\nNote that there are five types of callouts, including: \n`note`, `tip`, `warning`, `caution`, and `important`.\n\n\n### Note\n\n::: {.callout-note}\nThis is a note callout.\n:::\n\n### Warning\n\n::: {.callout-warning}\nThis is a warning callout.\n:::\n\n### Tip\n\n::: {.callout-tip}\nThis is a warning callout.\n:::\n\n### Important\n\n::: {.callout-important}\nThis is a warning callout.\n:::\n\n### Caution\n\n::: {.callout-caution collapse=\"true\"}\n## Expand To Learn About Collapse\nThis is a caution callout.\n:::\n\n## Math\n\n### Inline\nInline math: $E = mc^2$\n\n### Block\n\nBlock math:  \n$$\n\\int_a^b f(x) dx = F(b) - F(a)\n$$\n\n### TeX Macro\n::: {.hidden}\n$$\n \\def\\RR{{\\bf R}}\n \\def\\bold#1{{\\bf #1}}\n$$\n:::\n\n## Buttons\n\n[Primary](#){.btn .btn-primary .btn role=\"button\"}\n[Secondary](#){.btn .btn-secondary .btn role=\"button\"}\n[Donate](#){.btn .btn-primary .gs-support-button .btn role=\"button\"}\n\n[Primary Outline](#){.btn .btn-outline-primary .btn role=\"button\"}\n[Secondary Outline](#){.btn .btn-outline-primary .btn role=\"button\"}\n\n## Alerts\n\n::: {.alert .alert-success}\nThis is a success alert.\n:::\n\n::: {.alert .alert-danger}\nThis is a danger alert.\n:::\n\n## Code Blocks with Syntax Highlighting\n\n### Default\n\n```default\ncode\n```\n\n### Python\n```python\n# Comment\nimport sys\nimport subprocess\n\nsys.path.append(\n    subprocess.check_output([\"grass\", \"--config\", \"python_path\"], text=True).strip()\n)\n\nimport grass.script as gs\nimport grass.jupyter as gj\n```\n\n### Terminal\n```bash\ngrass \"~/grassdata/\" --exec script.py \n```\n\n### R\n```r\nlibrary(rgrass)\n\nsession <- initGRASS(gisBase = \"/usr/lib/grass84\", # where grass binaries live, `grass --config path`\n                     gisDbase = \"/home/user/grassdata\", # path to grass database or folder where your project lives\n                     location = \"nc_basic_spm_grass7\", # existing project name\n                     mapset = \"PERMANENT\" # mapset name\n                     )\n\n```\n\n### Raw Content\n\n```{=html}\n<iframe src=\"https://grass.osgeo.org/\" width=\"500\" height=\"400\"></iframe>\n```\n\n## Diagrams\n\n### Flowchart\n```{mermaid}\nflowchart LR\n  A[Hard edge] --> B(Round edge)\n  B --> C{Decision}\n  C --> D[Result one]\n  C --> E[Result two]\n```\n\n### Sequence Diagram\n```{mermaid}\nsequenceDiagram\n  participant Alice\n  participant Bob\n  Alice->>John: Hello John, how are you?\n  loop Healthcheck\n    John->>John: Fight against hypochondria\n  end\n  Note right of John: Rational thoughts <br/>prevail!\n  John-->>Alice: Great!\n  John->>Bob: How about you?\n  Bob-->>John: Jolly good!\n```\n\n### Dot\n\n```{dot}\ngraph G {\n  layout=neato\n  run -- intr;\n  intr -- runbl;\n  runbl -- run;\n  run -- kernel;\n  kernel -- zombie;\n  kernel -- sleep;\n  kernel -- runmem;\n  sleep -- swap;\n  swap -- runswap;\n  runswap -- new;\n  runswap -- runmem;\n  new -- runmem;\n  sleep -- runmem;\n}\n```\n\n## Videos\n\n{{< video https://www.youtube.com/embed/zboP3Z7VBuU >}}\n\n## Page Break\n\npage 1\n\n{{< pagebreak >}}\n\npage 2\n\n## Divs & Spans\n\n### Boarder\n\n::: {.border}\nThis content can be styled with a border\n:::\n\n### Sidebar\n\n::::: {#special .sidebar}\n\n::: {.warning}\nHere is a warning.\n:::\n\nMore content.\n:::::\n\n### Spans\n\n[This is *some text*]{.class key=\"val\"}\n\n\n<span class=\"custom-span\">This is a custom span.</span>\n\n## Listing\n\n### Table\n\n:::{#lab-reports}\n:::\n\n### Grid\n\n:::{#meeting-notes}\n:::\n\n### Default\n:::{#default-notes}\n:::\n\n## Layout\n\n### Column Full screen inset\n::: {.column-screen-inset}\n![A full screen image](images/LinkedIn-Post-Image.png)\n:::\n\n### Column Full screen shaded inset\n::: {.column-shaded-screen-inset}\n![A full screen image](images/LinkedIn-Post-Image.png)\n:::\n\n### Column Margin\n::: {.column-margin}\n![A image in the margin](images/LinkedIn-Post-Image.png)\n:::\n\n## Lipsum\n\n### Single Paragraph\n{{< lipsum 1 >}}\n\n### Multi Paragraph\n{{< lipsum 2 random=true >}}\n\n",
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_freeze/content/tutorials/get_started/JupyterOnWindows_OSGeo4W_Tutorial/execute-results/html.json

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+    "markdown": "---\ntitle: \"Get started with GRASS in Jupyter Notebooks on Windows\"\nauthor: \"Caitlin Haedrich\"\ndate: 2024-06-15\nimage: images/getting_started_grass_jupyternotebook.png\ndate-modified: today\nformat:\n  html:\n    toc: true\n    code-tools: true\n    code-copy: true\n    code-fold: false\ncategories: [Python, Windows, beginner]\ndescription: Learn how to run GRASS in Jupyter Notebooks on Windows.\nengine: jupyter\nexecute:\n  eval: false\njupyter: python3\n---\n\n\nThe development of the Python package `grass.jupyter`, has streamlined the use \nof GRASS is Jupyter notebooks. In this tutorial we will demonstrate the \nrecommended way of running GRASS in Jupyter Notebooks for Windows users.\n\n## Set Up\n\nOn Windows, we'll use the OSGeo4W package manager to setup and update GRASS,\nJupyterlab and other dependencies. Follow the directions below to setup Jupyter \nand GRASS in Windows.\n\n#### 1. Download the OSGeo4W Network Installer\n\nDownload the OSGeo4W network install from [here](https://trac.osgeo.org/osgeo4w/). \nOpen it and select _\"Advanced Install\"_.\n\n#### 2. Install GRASS, Jupyterlab and `grass.jupyter` dependencies\n\nFollow the prompts until you get to the _\"Select Packages\"_ window (the defaults\nare fine for most situations). Use the Search bar to find and select the \nfollowing packages for install (switching from \"Skip\" to the version number):\n\n* `grass`\n* `python3-jupyterlab`\n* `python3-ipywidgets`\n\n![Install GRASS with OSGeo4W installer](images/osgeo4w_install_grass.png){width=60%}\n\n#### 3. Go make a cup of tea\n\nIt may take a minute to install... Click \"Finish\" and exit when it finishes.\n\n#### 4. Open the OSGeo4W Shell and install folium\n\nLaunch the OSGeo4W Shell and install folium with:\n\n`pip install folium`\n\n#### 5. Launch Jupyter Lab\n\nWe're ready to launch jupyterlab now: \n\n`jupyter lab`\n\n\nThis should launch Jupyter lab in your default web browser. Use the left side\npanel to navigate to the notebook you wish to run and you're ready to go!\n\n#### 6. Launching Jupyter Lab in the Future\n\nTo launch Jupyter Lab in the future:\n\n1. Open the OSGeo4W Shell\n2. Launch jupyter lab with `jupyter lab`\n\n\n## Start GRASS within Jupyter\n\nNow, we're ready to code! Let's import the GRASS Python packages and launch\nGRASS. If you want to run this tutorial, please download and unzip the \nNorth Carolina [sample dataset](https://grass.osgeo.org/sampledata/north_carolina/nc_spm_08_grass7.zip).\n\n::: {#b243f45c .cell execution_count=1}\n``` {.python .cell-code}\n# Import standard python packages\nimport sys\nimport subprocess\n\n# Ask GRASS where its Python packages are and add them to the path\ngrass_call = \"grass83\"\nsys.path.append(\n    subprocess.check_output([grass_call, \"--config\", \"python_path\"], text=True, shell=True).strip()\n)\n\n# Import the GRASS python packages we need\nimport grass.script as gs\nimport grass.jupyter as gj\n\n# Launch a GRASS session.\ngj.init(\"path/to/nc_spm_08_grass/user1\");\n```\n:::\n\n\n## Using GRASS\n\nNow that we have GRASS running in our notebook, let's try some basic \ncommands. \n\nIn this section, we will set the color table to the `elevation` raster map from\nthe GRASS sample project we downloaded and then display it.  \n\n::: {#b23efd61 .cell execution_count=2}\n``` {.python .cell-code}\n# Set the computational region to the study area\ngs.parse_command(\"g.region\", \n                raster=\"elevation\", \n                flags='pg')\n\n# Set colors for elevation raster\ngs.run_command(\"r.colors\", \n              map=\"elevation\", \n              color=\"elevation\")\n```\n:::\n\n\n::: {#0d9685ac .cell execution_count=3}\n``` {.python .cell-code}\n# Create Map instance\nimg = gj.Map()\n# Add a raster\nimg.d_rast(map=\"elevation\")\n# Add legend\nimg.d_legend(raster=\"elevation\", at=(55, 95, 80, 84), flags=\"b\")\n# Display map\nimg.show()\n```\n:::\n\n\nNow, we're up and running! Have a look at other tutorials for inspiration on \nthe avenues you can follow with GRASS tools combined with other Python packages. \n\n## Troubleshooting\n\nSomething not working? Here are some common stumbling blocks...\n\n* `FileNotFoundError`\n\n::: {#57d8a58f .cell execution_count=4}\n``` {.python .cell-code}\nFileNotFoundError: [WinError 2] The system cannot find the file specified\n```\n:::\n\n\nCheck the `shell` parameter in the `subprocess.check_output()`. On Windows, \nthis should be `shell=True`. On Mac and Linux operating systems, this should \nbe `shell=False`.\n\n* `CalledProcessError`\n\n::: {#812330be .cell execution_count=5}\n``` {.python .cell-code}\nCalledProcessError: Command '['grass83', '--config', 'python_path']' returned non-zero exit status 1.\n```\n:::\n\n\nCheck which version of GRASS you have installed. On Windows, the `grass_call`\nshould be `grass` followed by the first two digits of the version you have \ninstalled (for example, GRASS 8.4 would be called with `grass84`). On Mac and \nLinux, it should be just `grass`.\n\n* Errors from `gj.init()`\n\nThis command takes several different configurations of the GRASS project \nand mapset location on your system. All the following are examples that work:\n\n```\ngj.init(\"path/to/grassdata\", \"project_name\", \"mapset_name\")\ngj.init(\"path/to/project_name/mapset_name\")\ngj.init(\"../project_name/mapset_name\")\n```\n\nAlso pay attention to the slash direction. Windows uses `\\` in it's file \npaths but the `\\` character in strings is also for escaping characters (for\nexample, putting `\\n` in a string will print a new line). Therefore, you'll \nneed to either switch to forward slashes (`/`) or put double back-slashes \n(`\\\\`).\n\n",
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